Faculty

Institution

Unit

Venue

David F. Watson

Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Chemistry

David F. Watson is currently serving as a College Of Arts And Sciences Professor at University At Buffalo.

Honors

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Experiences

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Education

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David F. Watson

University at Buffalo

Professor

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materials science nanotechnology applied physics material chemistry chemical engineering nanomaterials nanoparticle research photocatalysis optoelectronics physical chemistry thin films surface science chemistry electronic materials semiconductor nanostructures materials engineering material research surface chemistry solid-state electronics membrane science semiconductor technology interface science dyeing advanced energy material colloidal nanocrystals coordination chemistry interface chemistry green nanotechnology adsorption surface reactivity transition metal chemistry quantum chemistry surface nanotechnology organic electronics photoelectrochemistry organic semiconductors electron injection cdse quantum dots chalcogenorhodamine dyes advanced functional materials energy chemistry nano energy chemical sciences semiconductor materials compound semiconductors nanoscale science inorganic photochemistry in-situ conversion charge transport charge separation surface modification semiconductor devices cds quantum dots linker-assisted assembly mixed monolayers water science halide perovskites perovskite module lead-free perovskites carbon-based materials nanobiotechnology nanostructure synthesis applied chemistry energy engineering solid-state chemistry chip attachment molecular linkers excited-state electron transfer cdse nanoparticles photocatalytic hydrogen evolution photocatalytic architectures surface-anchoring mode charge transfer linker-assisted attachment excited-state charge transfer quantum dot heterostructures electron transfer photochemistry photoredox process

Notable Scholarly Works

Notable Federal Grants

Collaborators

Heterostructures of Ni(II)-Doped Cds Quantum Dots and β-Pb0.33V2O5 Nanowires: Enhanced Charge Separation and Redox Photocatalysis via Doping of Qds. Nano Research (2024)

Karoline E. García-PedrazaJaime R. AyalaUdani WijethungaAlice R. GiemGeorge AgbeworviSarbajit BanerjeeDavid F. Watson

quantum heterostructuressemiconductor nanostructuresnanotechnologycds quantum dotssurface functionalizationnanoscale chemistrynanowiresnanoparticle researchchemical engineeringnano energycharge transportcharge separationcontrolled releasecrystal researchredox photocatalysisquantum chemistryphotocatalysisquantum dotsbiomolecular engineeringmaterials science

Interface-Modulated Kinetic Differentials in Electron and Hole Transfer Rates as a Key Design Principle for Redox Photocatalysis by Sb2Vo5/Qd Heterostructures. The Journal of Chemical Physics (2024)

Jaime R. AyalaKaroline E. García-PedrazaAlice R. GiemUdani WijethungaShruti HariyaniLuis CarrilloCherno JayeConan WeilandDaniel A. FischerDavid F. WatsonSarbajit Banerjee

redox photocatalysischemical engineeringphotocatalysiskey design principleinterface-modulated kinetic differentialshole transfer ratesapplied physicsthin filmsmaterials science

Selenorhodamine-Sensitized Cualo 2 Photocathodes That Reduce Protons to Hydrogen Under Visible Illumination. ACS Applied Engineering Materials (2024)

Michael D. ClarkZachery A. SchmidtGregory J. LappHannah R. DierolfKacie LiwoszDavid F. Watson

photoelectrochemistryvisible illuminationchemical engineeringadvanced materialsengineeringmaterial researchmaterials sciencehydrogen

Exploring the Emergent Redox Chemistry of Pd(II) Nodes With Pendant Ferrocenes: From Precursors, Through Building Blocks, to Self-Assemblies. Inorganics (2023)

Austin B. GilbertMatthew R. CrawleyTrevor J. HigginsYuguang C. LiDavid F. WatsonTimothy R. Cook

building blocksinorganic chemistrypendant ferrocenesemergent redox chemistrytransition metal chemistryredox chemistrymaterials science

Linker-Assisted Assembly of Ligand-Bridged Cds/Mos 2 Heterostructures: Tunable Light-Harvesting Properties and Ligand-Dependent Control of Charge-Transfer Dynamics and Photocatalytic Hydrogen Evolution. ACS Applied Materials & Interfaces (2023)

Arianna R.M. RothfussJaime R. AyalaJoseph V. HandyCaitlin R. McGranahanKaroline E. García-PedrazaSarbajit BanerjeeDavid F. Watson

solid-state electronicsnanotechnologytunable light-harvesting propertiessemiconductor technologyelectronic materialsinorganic photochemistrycharge-transfer dynamicsligand-dependent controllinker-assisted assemblyengineeringmaterial researchoptoelectronicsthin filmsphotocatalytic hydrogen evolutionmaterials engineeringadvanced materialsadvanced electrode materialmaterial chemistryadvanced energy materialapplied physicsorganic semiconductorsmaterials scienceindustrial electronics

Photocatalytic Hydrogen Evolution Mechanisms Mediated by Stereoactive Lone Pairs of Sb2Vo5 in Quantum Dot Heterostructures. Chem Catalysis (2023)

Wasif ZaheerCaitlin R. McGranahanJaime R. AyalaKaroline Garcia-PedrazaLuis J. CarrilloArianna R.M. RothfussUdani WijethungaGeorge AgbeworviAlice R. GiemJustin L. AndrewsJoseph V. HandySaul Perez-BeltranRolando Calderon-OliverLu MaSteven N. EhrlichCherno JayeConan WeilandDaniel A. FischerDavid F. WatsonSarbajit Banerjee

chemical engineeringphotocatalysisenvironmental sciencequantum dot heterostructuresstereoactive lone pairsmaterials science

Influence of Donor-To-Acceptor Ratio on Excited-State Electron Transfer Within Covalently Tethered Cdse/Cdte Quantum Dot Colloidal Heterostructures. The Journal of Chemical Physics (2022)

Caitlin R. McGranahanDavid F. Watson

semiconductor nanostructuresnanotechnologydonor-to-acceptor ratiocolloidal nanocrystalschemistrychemical sciencessemiconductor devicesnanoscale chemistrymolecular sciencenanoparticle researchthin filmschemical engineeringmaterial chemistryexcited-state electron transferquantum chemistryphysical chemistryquantum dotssemiconductorsorganic semiconductorsmaterials science

Lone but Not Alone: Precise Positioning of Lone Pairs for the Design of Photocatalytic Architectures. Chemistry of Materials (2022)

Joseph V. HandyWasif ZaheerArianna R. M. RothfussCaitlin R. McGranahanGeorge AgbeworviJustin L. AndrewsKaroline E. García-PedrazaJohn D. PonisJaime R. AyalaYu DingDavid F. WatsonSarbajit Banerjee

energy chemistrymaterials engineeringchemical engineeringadvanced materialsphotocatalysisnanotechnologymaterial researchmaterial chemistrylone pairsphotocatalytic architectureschemistryprecise positioningfunctional materialsmaterials science

Excited-State Charge Transfer and Extended Charge Separation Within Covalently Tethered Type-II Cdse/Cdte Quantum Dot Heterostructures: Colloidal and Multilayered Systems. ACS Applied Materials & Interfaces (2021)

Caitlin R. McGranahanGuy E. WolfeAlejandro FalcaDavid F. Watson

solid-state electronicsinterface sciencesemiconductor nanostructuresnanotechnologysemiconductor technologycolloidal nanocrystalselectronic materialssemiconductor devicesengineeringmaterial researchoptoelectronicsextended charge separationcondensed matter physicssemiconductorsexcited-state charge transfercharge separationquantum dotselectronicsapplied physicsmaterials science

Assembly of Covalently-Linked Quantum Dot Heterostructures: Characterization of Excited-State Charge-Transfer Dynamics in Dispersed and Multilayered Systems. (2020)

Caitlin McGranahanGuy Wolfe IIAlejandro FalcaDavid Watson

excited-state charge-transfer dynamicsorganic electronicssemiconductor nanostructuresnanotechnologyoptoelectronicsbiomedical engineeringapplied physicscondensed matter physicsmaterials science

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David F. Watson

Professor

University at Buffalo

Affiliations

College of Arts and Sciences

Department of Chemistry

David F. Watson is currently serving as a College Of Arts And Sciences Professor at University At Buffalo.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David F. Watson

University at Buffalo

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Heterostructures of Ni(II)-Doped Cds Quantum Dots and β-Pb0.33V2O5 Nanowires: Enhanced Charge Separation and Redox Photocatalysis via Doping of Qds. Nano Research (2024)

Karoline E. García-PedrazaJaime R. AyalaUdani WijethungaAlice R. GiemGeorge AgbeworviSarbajit BanerjeeDavid F. Watson

Jaime R. AyalaKaroline E. García-PedrazaAlice R. GiemUdani WijethungaShruti HariyaniLuis CarrilloCherno JayeConan WeilandDaniel A. FischerDavid F. WatsonSarbajit Banerjee

redox photocatalysischemical engineeringphotocatalysiskey design principleinterface-modulated kinetic differentialshole transfer ratesapplied physicsthin filmsmaterials science

Selenorhodamine-Sensitized Cualo 2 Photocathodes That Reduce Protons to Hydrogen Under Visible Illumination. ACS Applied Engineering Materials (2024)

Michael D. ClarkZachery A. SchmidtGregory J. LappHannah R. DierolfKacie LiwoszDavid F. Watson

photoelectrochemistryvisible illuminationchemical engineeringadvanced materialsengineeringmaterial researchmaterials sciencehydrogen

Exploring the Emergent Redox Chemistry of Pd(II) Nodes With Pendant Ferrocenes: From Precursors, Through Building Blocks, to Self-Assemblies. Inorganics (2023)

Austin B. GilbertMatthew R. CrawleyTrevor J. HigginsYuguang C. LiDavid F. WatsonTimothy R. Cook

building blocksinorganic chemistrypendant ferrocenesemergent redox chemistrytransition metal chemistryredox chemistrymaterials science

Arianna R.M. RothfussJaime R. AyalaJoseph V. HandyCaitlin R. McGranahanKaroline E. García-PedrazaSarbajit BanerjeeDavid F. Watson

Photocatalytic Hydrogen Evolution Mechanisms Mediated by Stereoactive Lone Pairs of Sb2Vo5 in Quantum Dot Heterostructures. Chem Catalysis (2023)

chemical engineeringphotocatalysisenvironmental sciencequantum dot heterostructuresstereoactive lone pairsmaterials science

Influence of Donor-To-Acceptor Ratio on Excited-State Electron Transfer Within Covalently Tethered Cdse/Cdte Quantum Dot Colloidal Heterostructures. The Journal of Chemical Physics (2022)

Caitlin R. McGranahanDavid F. Watson

Lone but Not Alone: Precise Positioning of Lone Pairs for the Design of Photocatalytic Architectures. Chemistry of Materials (2022)

Joseph V. HandyWasif ZaheerArianna R. M. RothfussCaitlin R. McGranahanGeorge AgbeworviJustin L. AndrewsKaroline E. García-PedrazaJohn D. PonisJaime R. AyalaYu DingDavid F. WatsonSarbajit Banerjee

Caitlin R. McGranahanGuy E. WolfeAlejandro FalcaDavid F. Watson

Assembly of Covalently-Linked Quantum Dot Heterostructures: Characterization of Excited-State Charge-Transfer Dynamics in Dispersed and Multilayered Systems. (2020)

Caitlin McGranahanGuy Wolfe IIAlejandro FalcaDavid Watson

excited-state charge-transfer dynamicsorganic electronicssemiconductor nanostructuresnanotechnologyoptoelectronicsbiomedical engineeringapplied physicscondensed matter physicsmaterials science

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5
8
10 / page

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